Deep Space Dynamics

Assembled into this animation, observations from NASA’s Goldstone Solar System Radar show the tumbling asteroid 2024 MK shortly after it made its closest approach to our planet, 184,000 miles (295,000 kilometers), or slightly more than three-quarters of the distance between the Moon and Earth, on June 29. Earth’s gravity slightly altered the 150-meter-wide asteroid’s orbit as it passed.  Credit: NASA/JPL-Caltech Deep Space Dynamics #wedeliver

Had #Juice been coming from Sunward, we would never have seen it. "On 6 July, a previously undetected object triggered the automated ESA and NASA warning systems that alert the global hashtag #PlanetaryDefence community of a new potentially hazardous asteroid approaching our planet. It turned out that this object, estimated at around 50 m in diameter, was much smaller, harmless, and even had a name: Juice." United States Air Force U.S. Space Forces-Space Space Systems Command NASA Marshall Space Flight Center SpaceX Blue Origin Virgin Orbit Astroscale United States Department of Defense NASA - National Aeronautics and Space Administration

By the time an asteroid gets this close to Earth, it is too late to safely move to a new orbit. We have to make slight adjustments (1/100th of a degree) between the orbits of Mercury and Venus, sending such rocks to safe pre-approved locations. Deep Space Dynamics #wedeliver

This is a great animation of stable Near Earth Asteroids. What it doesn't show are asteroids with eccentric elliptical orbits. Such asteroids move with more comet-like orbits and will approach Earth from sunward. Imagine I shine a flashlight in your face while tossing one grain of sand at a time at your nose. You may see that grain of sand a tic before it hits you on the noggin. You may not. That is where we stand with asteroids with eccentric orbits. These eccentric rocks or gravel piles move at nearly 12 km/sec. For improved detection and diversion, we must have an early warning detection system closer to the sun; a dew line for a different potential apocalyptic strike. We have the solution at Deep Space Dynamics. #wedeliver United States Space Force Space Force Cadet Corps US Air Force School of Advanced Air and Space Studies (SAASS) United States Air Force Small Business Office, Air Force Sustainment Center Department of the Air Force (USAF & USSF) Chief Modeling & Simulation Office US Army Naval Special Warfare Center Marine Corps Systems Command U.S. Coast Guard SDA TAP Lab National Reconnaissance Office (NRO) SpaceX

Dawn, the first spacecraft to orbit two extraterrestrial destinations - Vesta and Ceres - showcases an incredible proof of concept beyond Mars. At Deep Space Dynamics, our goal is to make multiple stops on every mission to send back valuable data, paving the way for a more promising future for all mankind. #wedeliver

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Are you curious about asteroids? These remnants of planets have a lot to tell us and a lot to offer. Enquire within for a peek into our future. Deep Space Dynamics #WeDeliver

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We have an exciting opportunity with Deep Space Dynamics focused on protecting Earth from asteroids. Be an angel investor and reap the 10X to 100X potential benefit . Your donation plays a crucial role in deploying CubeSats for early detection and interdiction. Plus, you receive stock via a S.A.F.E.($100 minimum to $10,000 or wherever you see yourself). Click the link below to donate or share. Thank you for your support!

Deep Space Dynamics is dedicated to safeguarding our planet from sunward Earth-bound asteroids by focusing on early detection and interdiction. Our approach involves strategically placing CubeSats in stable orbits for observation and utilizing long elliptical orbits for effective interdiction. #SpaceTechnology #AsteroidDefense #CubeSats U.S. Cyber Command Navy SBIR/STTR Transition Program (Navy STP) Small Business Office, Air Force Sustainment Center US Army NASA Ames Research Center NASA Jet Propulsion Laboratory SpaceX United States Space Force Catalyst Accelerator Colorado Springs